Scandinavian Journal of Clinical and Laboratory Investigation · 1972 · 49 citations · 25 references
Life SciencesEndocrinologyPhysiologyDiabetologyMetabolic PhysiologyMetabolismCarbohydrate MetabolismDiabetes MellitusDiabetes Mellitus BiochemistryGlycogen MetabolismInsulin TherapyMetabolic Responses To ExerciseDiabetes Mellitus MetabolismGlucose Infusion RateGlycogen Metabolism In DiabetesGlycogen Metabolism In ExerciseGlycogen Storage In Skeletal MuscleGlycogen Synthesis RegulationMuscle Glycogen MetabolismSkeletal Muscle Glucose Metabolism
AbstractGlucose infusion gave no increase of glycogen nor of synthetase I activity in muscle of diabetics at rest, contrary to in normals. After glycogen depletion by exercise, high I activity was seen in both normals and diabetics, and glycogen synthesis was observed during glucose infusion. While glycogen increased, I activity tended to fall. Insulin during infusion apparently affected neither the glycogen synthesis rate nor the I activity in normals, but did increase the I activity and the glycogen synthesis rate in diabetics, most pronouncedly in insulin-dependent patients.Key Words: Diabetes mellitusglycogen synthesisglycogen synthetaseinsulinmuscle exercisemuscle glycogenmuscle metabolism
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Glycogen Synthetase Activity in Skeletal Muscle
William H. Danforth · Journal of Biological Chemistry · 1965 · 436 citations · Full text
Studies of Tissue Permeability
John O. Holloszy, H.T. Narahara · Journal of Biological Chemistry · 1965 · 222 citations · Full text